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    • The Group
  • Project Overview
    • Project Background >
      • Sustainable Energy Use
      • Biomass - Solar Thermal Overview
      • Heating Control Schemes
    • Methodology
  • The Project
    • Determine Demand
    • Size Biomass
    • Estimate Solar Thermal Contributions
    • Optimise Integration >
      • Conceptual Control Scheme
      • Solar Thermal Forecaster
    • Assess Feasibility >
      • Environmental Feasibility
      • Financial Feasibility
      • Land Use Feasibility
  • Case Study
    • Determine Demand
    • Feasibility Study >
      • Environmental Feasibility
      • Financial Feasibility >
        • Data
        • Results
      • Land Use Feasibility
    • Gallery of Images
  • Conclusions

the project

As it was discussed in the methodology sub-navigation panel, the approach taken for this project was to firstly develop a general case model for the optimal sizing and control of integrated biomass - solar thermal district heating schemes, following a logical procedure and filling gaps in deficient software etc. where necessary, and then apply it to a case study as both a means of calibrating its accuracy on real life data, but also communicate qualitative results on the overall feasibility of integrated biomass - solar thermal district heating schemes. 

contents

1. Determine Demand

2. Size Biomass

3. Estimate Solar Contributions

4. Optimise Integration 
  • Conceptual Control Scheme 
  • Solar Thermal Forecaster
5. Environmental Feasibility
  • Biomass Transportation Emissions Tool
6. Financial Feasibility

7. Land Use Feasability
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